Mikros Systems (OTCMKTS:MKRS) is a U.S.-based technology provider specializing in advanced perimeter intrusion detection and security monitoring solutions. Founded in the early 1990s, the company has developed a suite of proprietary products that leverage fiber-optic sensing, radar detection, and video analytics to deliver real-time threat assessment. Mikros Systems is headquartered in Oregon and maintains engineering and support offices across North America.
The firm’s core offerings include fiber-optic intrusion detection sensors that detect vibrations along fences and pipelines, radar-based detection units for open-area surveillance, and high-definition cameras equipped with onboard analytics for object classification and behavior recognition. These technologies are designed to integrate with command-and-control platforms, allowing customers to centralize alerts and manage multiple sites from a single user interface. In addition to hardware, Mikros provides software licenses and maintenance agreements to ensure continuous system performance.
Mikros Systems serves critical infrastructure operators, including energy utilities, transportation hubs, border security agencies and industrial facilities, as well as private enterprise customers. The company has completed installations in the United States, Europe, the Middle East and Asia, tailoring each deployment to local regulatory requirements and environmental conditions. Its project portfolio encompasses pipeline security in the oil and gas sector, perimeter protection at airports and ports, and site-wide surveillance for large-scale manufacturing plants.
Under the leadership of President and CEO John D. Anderson, Mikros Systems has pursued both organic growth and targeted acquisitions to broaden its technology base. The management team includes seasoned professionals from defense, telecommunications and software development backgrounds. With a focus on research and development, the company continues to expand its product roadmap, investing in next-generation signal processing algorithms and enhanced cyber-security measures to address evolving security threats.
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